SpaceX Falcon 9 greeted by iconic Florida sunset after first rocket landing of the decade


After completing its fourth flawless orbital-class launch and landing in 16 months, SpaceX’s latest reusable Falcon 9 rocket has successfully returned to dry land and was greeted by a spectacular Florida sunset during its port arrival.

Safely secured aboard drone ship Of Course I Still Love You (OCISLY) by SpaceX’s famous Octagrabber robot, which uses claws its tank-like heft to physically hold the rocket down, Falcon 9 booster B1049 passed through the mouth of Port Canaveral on January 9th. This effectively marked the end of its third drone ship recovery and fourth landing overall since its orbital-class launch debut in September 2018, averaging a SpaceX launch every four months.

B1049.4 supported SpaceX’s second launch of upgraded Starlink v1.0 communications satellites and the 60 spacecraft it helped send to orbit almost certainly catapulted the company into the position of owning the world’s largest private satellite constellation – now measuring some 175 operational spacecraft strong. Those 60 new Starlink satellites have since deployed their solar arrays, performed basic systems checkouts, activated their krypton-fueled ion thrusters, and begun raising their orbits to around 350 km (220 mi). After arriving at 350 km, SpaceX will carefully analyze the performance of each satellite and send all healthy spacecraft to their final operational altitude of 550 km (340 mi).

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Teslarati photographer Richard Angle was present for both sides of Falcon 9 B1049’s fourth orbital-class launch and landing, capturing the booster’s January 6th liftoff from Cape Canaveral Air Force Station Launch Complex 40 (CCAFS LC-40) and its January 9th Port Canaveral arrival aboard drone ship OCISLY. Given the spectacular Florida sunset that greeted the rocket, B1049 clearly has a preferred color palette – fire.

Teslarati photographer Richard Angle captured these spectacular views of both SpaceX and the world’s first orbital rocket launch (and recovery) of 2020. (Richard Angle)

Falcon 9 B1049 is powered by nine Merlin 1D engines capable of burning liquid oxygen and refined kerosene (RP-1) to produce a maximum thrust of 7600 kN (1.7 million lbf), giving it a thrust to weight ratio of more than 1.4 even when fully loaded with some 525 metric tons (1.2 million lb) of propellant.

According to SpaceX and CEO Elon Musk, Falcon 9’s newest Block 5 boosters – debuted in May 2018 and expected to be the last major upgrade to the family – are designed to be capable of at least 10 orbital-class launches each. A step further, they could potentially be able to perform dozens of missions before retirement is unavoidable, although that would reportedly require the same sort of in-depth overhauls that are routine for modern airliners. Regardless of SpaceX’s aspirations of 10-100 flights per booster, the company is making great progress but undeniably has a long ways to go.

Falcon 9 B1049 wrapped up its fourth successful recovery on January 9th and headed to a nearby hangar for refurbishment less than four days later. (Richard Angle)

Still, it’s not actually as long as it may seem. On January 6th, Falcon 9 B1049 became the second SpaceX booster to successfully launch four times, following in the footsteps of B1048’s record-breaking fourth flight – completed in November 2019. Now in possession of two consecutively-built Falcon 9 boosters with four flights under each of their belts, SpaceX should be able to quickly determine whether its fleet of reusable rockets can be trusted with four launches (and more).

Additionally, after two months for technicians and engineers to inspect and repair the booster, B1048 could be ready for its fifth launch far sooner than later. SpaceX wrapped up B1049’s fourth post-recovery processing on January 13th – a relatively brisk three and a half days from port arrival to horizontal transport. The booster was moved to one of SpaceX’s many Cape Canaveral hangars, where – just like B1048 – it will be inspected, refurbished, and turned around for its fifth launch sometime in the near future.

Check out Teslarati’s newsletters for prompt updates, on-the-ground perspectives, and unique glimpses of SpaceX’s rocket launch and recovery processes.

SpaceX Falcon 9 greeted by iconic Florida sunset after first rocket landing of the decade

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Tesla Gigafactory 4 in Europe will have a ‘magnetic effect’ for Brandenburg


Economics Minister Jörg Steinbach believes Tesla’s Gigafactory 4 in Grunheide can help bring more businesses to Brandenburg.

Steinbach, who has been key in negotiating with Tesla to build its car factory in the state, expressed his satisfaction following the approval of the Brandenburg State Committee of the Gigafactory 4 sales contract. He also showed his excitement on Tesla’s “magnetic effect” that will benefit the state.

“If you want to be a competitive location, you have to face the challenge. So it’s more about how to deal with expectations in Brandenburg. If we master the challenge, we will be pretty high up in the ranking of German business locations. And that can trigger a magnetic effect and cause other companies to discover Brandenburg on the map,” Steinbach said in an interview with Berliner Morgenpost.

Steinbach also said that Tesla has the full support of the state and hinted that infrastructure will be added as needed to make sure things go smoothly for the Gigafactory in Grunheide.

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“If the plant’s capacity is ramped up, another freeway connection can be added north of Freienbrink to avoid bottlenecks. Then more feeder roads are needed, and then we also have to talk about expanding rail capacity. The site has a siding and you will see how many trains have to run there each day,” he said.

Such additional infrastructure will be crucial especially when there will be a lot of movements when operation starts. The Environmental Impact Assessment report for Gigafactory Berlin reveals that there will be 463 trucks going in and out of the factory per day to deliver materials and bring out waste on a worst-case scenario. The study also expects around 2,828 vehicles per shift and Tesla Gigafactory 4 will most likely have three shifts per day. There will also be six trains that will be used to deliver supplies and operating materials, and these trains might also be used to bring finished Model Y and other vehicles out of the facility to other destinations.

Tesla has practically put Brandenburg on the global map when it decided to build the Gigafactory 4 in Grunheide. Since the announcement of CEO Elon Musk of Tesla’s choice of location, the state and federal authorities have poured all-out support to make sure things go smoothly.

The latest statement of Steinbach further shows the symbiotic relationship between the state government of Brandenburg and the electric car manufacturer.

Tesla started clearing trees on the build site and has also been scanning the site for World War II-era bombs. It is also dealing with some challenges such as the need to move a species of endangered bats that are currently hibernating in the expansive forest.

Tesla Gigafactory 4 will roll out 150,000 electric vehicles on its initial phase of production with Tesla Model Y as the top priority to address the demand for SUVs in the region. Production will ramp up to about 500,000 vehicles later on. The car factory will also provide job opportunities to 8,000 people.

Tesla Gigafactory 4 in Europe will have a ‘magnetic effect’ for Brandenburg

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Tesla seat sensors could be used to improve smartphone Bluetooth handoff


The transition from a cell phone to Tesla’s Bluetooth system may become smoother with the help of the company’s built-in seat occupancy sensors. The idea was a suggestion from Tesla owner Rob Hoehn.

Hoehn wrote: “When a Tesla is unlocked and you’re in the middle of a call, it’s pretty eager to switch the audio from the phone over to the car. This can be frustrating when you’re in the middle of a call and you are not even inside the car yet. Or when you’re near the car and someone else gets in the car a similar thing happens. Suggestion: use the seat occupancy sensor to check if the driver is in their seat. Once the seat is occupied, then switch the Bluetooth audio over to the car.”

The idea was met with lots of support on r/TeslaMotors and was the most upvoted Tesla idea in the thread. Hoehn then decided to share his idea with Tesla CEO Elon Musk, who was enthusiastic about the idea. “We should have done this ages ago,” Musk wrote in a reply tweet to Hoehn.

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Other Tesla owners threw out additional improvements on the heels of Musk’s response. One owner stated the transition from music streaming apps to a telephone call was rough and caused intermittent moments of silence as the car transitioned to Bluetooth over the vehicle’s speakers.

Transitioning from literally speaking on a phone to a car’s speaker system seems to be an issue in most cars. In traditional combustion engine cars, the phone will switch over to the car speakers when the engine is turned on making the transition smoother. There is no key to turn or button to push in a Tesla to activate its motor, however. When an owner is in the Bluetooth range of their vehicle, the phone may automatically connect to the vehicle’s speaker system even if the driver is not in the vehicle itself.

The utilization of a Bluetooth system that would rely on seat sensors could be the solution to this issue. The Bluetooth system would not activate unless the driver’s seat was occupied by a human being and would not connect to the car’s speaker system if the owner is simply near the vehicle.

Tesla has utilized its seat sensors for other solutions in the past. The company submitted a patent in January 2019 that would use the sensors to determine what airbags would be most beneficial for a particular passenger’s size and frame in the event of an accident. The sensors are a versatile piece of equipment and they give Tesla free reign to improve its vehicles. While they have been used for safety improvements in the past, this accessibility feature will give Tesla owners additional ease of access when using the Bluetooth feature to have a phone call.

Tesla seat sensors could be used to improve smartphone Bluetooth handoff

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Tesla owner looks to sue insurance after Model X survives deliberate burning attack


Last year, Elon Musk proved skeptics wrong once more by launching Tesla’s in-house insurance service despite serious doubts from giants such as Warren Buffett. The service was initially launched for owners in California, with an expansion set for other states across the US. A Model X owner’s recent experience suggests that Tesla may need to expedite its plans to roll out its in-house insurance, perhaps even to other territories abroad. 

Tesla Model X Long Range owner Den Dal ended up in an exhausting predicament after his all-electric SUV was deliberately set on fire by vandals late last year while it was charging at a public station in Düsseldorf, Germany. Amazingly, the Model X actually toughed out the flames from the vandals, remaining drivable despite being partially burned. This was incredibly impressive, but it also became a big point of conflict for the Model X owner, particularly when he was trying to reach a deal with his insurance provider. 

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Tesla does not operate its in-house insurance service in the Netherlands. Thus, it only works with suggested providers in the area. Dal’s Model X was covered by Victor Insurance UK, one of Tesla’s recommended providers for the country. In a message to Teslarati, the Model X owner noted that the vehicle was not considered by Victor Insurance UK as a total loss. The company also maintained that it would only cover the exterior damages in the Model X resulting from the fire. 

The Model X owner strongly protested this, as the cabin already smells strongly of smoke. This is especially risky considering that Dal’s kids regularly ride in the Model X. Dal then opted to seek legal advice, and a lawyer noted that there may be a compelling case against the provider, considering the circumstances. 

One cannot help but ponder that if Tesla were operating its in-house insurance service in the Netherlands, it would be far easier for owners to file a claim when damages to their vehicles occur. Tesla has the data on each member of its fleet, and the company knows its EVs inside out. Thus, when unusual circumstances arise, such as those involving Dal’s Model X, Tesla will likely have a better way of addressing owners’ concerns, especially if safety is involved. Tesla, after all, is a company that values safety, as evidenced by its vehicles’ stellar crash safety ratings, and the fact that Dal’s Model X actually remained driveable despite being deliberately set on fire.

Tesla owner looks to sue insurance after Model X survives deliberate burning attack

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Tesla Model 3 goes up against Audi, Jaguar and top EVs in test to 0% battery state of charge


A Tesla Model 3 was put up against a lineup of the world’s most popular electric vehicles in a test to see what car’s battery could outlast the rest. The assessment performed by popular British YouTube channel Carwow tested six fully-charged electric cars by driving them until they died.

Carwow chose the Model 3 Long Range AWD, Audi e-tron, Jaguar I-Pace, Nissan Leaf, Kia e-Niro and Mercedes EQC for the experiment. Each vehicle was driven along a highway in the United Kingdom to determine what electric car had the best range and battery performance.

The test was performed by utilizing a system that included driving at the same speed on the same stretch of road at the same time. Each vehicle was put into its most energy-efficient setting and was operating with its air conditioning at 68 degrees Fahrenheit. The consistency showed there was no bias in the actual execution of the assessment, making it completely fair for all vehicles that were chosen to partake in the test.

Each vehicle was charged the night before the test. At the time the testing began, each vehicle held at least a 95% charge. While other variables like external temperature may have affected the performance of each vehicle, it was still an even playing field. By the end, Carwow would be able to tell electric car enthusiasts what vehicle was best suited for long-range driving.

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By the conclusion of the test, a clear winner had emerged. It was the Tesla Model 3.

The Model 3 lasted a total of 270 miles, outlasting its closest competitor in the Kia e-Niro that ran out of battery at 255 miles. While the 75 kWh battery of the Model 3 Long Range AWD was the longest-lasting in the test, we must ask ourselves if it is really a surprise.

The other vehicle’s performance is as follows:

  • Mercedes EQC – 194 miles
  • Audi e-Tron – 206 miles
  • Nissan Leaf – 208 miles
  • Jaguar I-Pace – 223 miles

Tesla’s battery technology has been the benchmark of the electric vehicle industry. Tesla has emerged with range and performance that puts it head and shoulders above the rest of the sector.

Among recent developments and improvements in the company’s battery technology, Tesla recently filed a patent for an electrolyte solution that could bring Elon Musk’s vision of a million-mile battery to light. Tesla’s emergence as a leader in lithium-ion battery technology comes after the company sought out the help of Jeff Dahn of Dalhousie University. Dahn and a team of researchers at the Canadian University state that Tesla batteries should be able to last one million miles if utilized in grid energy storage.

The test performed by Carwow is just another indicator of Tesla’s world-class battery performance. Tesla’s acquisition of battery companies Maxwell Technologies and Hibar Systems last year further solidified the company’s thirst for increased battery performance. As the Model 3 was the longest-lasting vehicle in this test, it is another feather in the cap of Tesla.

Watch Carwow’s test of electric vehicle battery range below:

Tesla Model 3 goes up against Audi, Jaguar and top EVs in test to 0% battery state of charge

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Tesla Semi to enter first production in second half of 2020


A leaked email from Tesla reportedly sent to reservation holders of the Semi has revealed that the electric car maker will begin limited production phase of the highly-anticipated all-electric truck in the second half of 2020.

A leaked email from Tesla reportedly sent to reservation holders of the Semi has revealed that the electric car maker will begin limited production phase of the highly-anticipated all-electric truck in the second half of 2020.

While this is later than the Tesla Semi’s originally anticipated release date of late 2019, it may be worth it. The company has been developing the sustainable tractor-trailer since November 2017 after its unveiling event. Judging by Tesla’s ability to continuously improve its products over time, it is safe to assume the Silicon Valley-based electric car maker will make the Semi better than anyone anticipated once handovers of the vehicle begin.

Tesla Chief Designer Franz von Holzhausen was a guest on Ryan McCaffrey’s Ride the Lightning podcast in October and stated the next-generation Tesla Roadster would be “better in every way” than its initially-announced specs. He went on to add that the vehicle simply needed more time and Tesla was working on evolving the vehicle beyond anybody’s expectations. It seems the Semi may be undergoing the same treatment.

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Upon its unveiling, Tesla CEO Elon Musk stated the Semi would be powered by four motors that were based on the ones that power the Model 3. Two variants of the truck provide drivers 300 or 500 miles of range per charge, though Musk mentioned during the Q1 2018 earnings call that the Semi’s range would be closer to 600 miles of range instead. “Even if we didn’t improve our battery technology at all, we could achieve a 500-mile range truck. We’re gonna do better than 500 miles,” Musk said.

The Semi has the potential to become one of Tesla’s best vehicles hands down. The Semi was led personally by Jerome Guillen before he was promoted as Tesla’s Auto President. Guillen was at one time Daimler’s head of Business Innovation and was in charge of a sector of the company’s semi program. With this in mind, the Semi may very well be one of Tesla’s most refined vehicles upon its release.

Tesla has an opportunity to disrupt the entire trucking industry with the Semi. The trucking segment in the United States is huge and it is just another sector of the automotive market Tesla will get involved in. A number of large companies have already placed pre-orders on the Semi, including Frito Lay who intends to use the tractor-trailer to reduce its carbon footprint.

In true Tesla fashion, he Semi is loaded to the teeth with tech. Thanks to its four all-electric motors, the vehicle can perform 0-60 mph runs in 5 seconds flat without a trailer. Even with a full trailer, the Semi can hit highway speeds at about 20 seconds, far quicker than a diesel-powered truck. These all-electric qualities also prevent the Semi from jackknifing, preventing thousands of potential accidents every year.

Tesla Semi to enter first production in second half of 2020

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Tesla Gigafactory 4 gets first protesters amid ongoing tree removal activities


A few dozen residents from Grünheide near Berlin recently organized a gathering known as a “Forest Walk” to protest against Tesla’s current tree removal activities at the European Gigafactory 4 complex’s site. Fifty Grünheide locals attended the protest, gathering around lunchtime hour on January 12, according to a report from rbb24.de.

Protesters were spotted in yellow safety vests replicating the infamous “Yellow Vest Movement” in France. The protesters requested the preservation of the forest while speaking of a lack of public recognition. According to the protesters, they were not asked about the project and were worried about the potential contamination of drinking water due to the activities on the site.

The protesters recognized themselves as apart of a group known as NABU (Nature and Biodiversity Conservation Union). “I think every citizen here has his own topic. For some, it is nature and the forest or people. The factory will also emit pollutants that pollute the region,” Spokesperson Nadine Rothmaier said to local reporters.

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While construction of the new plant will cause the emittance of some pollutants, it is simply impossible to avoid this scenario. It should also be noted that Tesla will be planting three times as many trees as they cut down in areas surrounding Grünheide.

The company also released an Environmental Impact Report in early January that stated they were planning to relocate numerous species of animals to avoid harming them. The company also plans to accelerate the initial deforestation activities in the area so as not to interrupt bird breeding that begins in early March.

Another member of the group voiced their concerns about the already difficult task of providing enough clean drinking water to the town. “If a huge consumer is now added by Tesla, it will be even more difficult,” Steffen Schorcht stated. Tesla has been looking for numerous providers of clean drinking water for the site as the company has recognized the local sources will simply not be enough.

Another resident mentioned concerns about forest fires. Tesla will have to use underground water pumps to remove groundwater from the site. The resident stated that if Tesla removes this water, the forest will become too dry and could easily catch fire.

Some members of the protest group stated they will be returning next Saturday on January 18 to resume demonstrations and may begin to take legal action against the company. “We will also raise objections to Tesla’s environmental impact assessment in the normal legal way,” Schorcht stated.

Tesla began the process of cutting down the trees from the property on January 6 and plans to have the entire process completed by February 27. While Tesla has stated they plan to replace the trees, local environmentalist groups state the company many have trouble finding sufficient land to plant the replacements because some of the surrounding areas may not be suitable.

Tesla Gigafactory 4 gets first protesters amid ongoing tree removal activities

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Tesla (TSLA) stock breaks $500 amidst optimistic price target from Oppenheimer


Tesla shares (NASDAQ:TSLA) showed some strong recovery on Monday’s opening bell, bouncing back over $500 per share amidst an optimistic, updated price target from Oppenheimer. In a recent note, the firm boosted its PT for the electric car maker to $612 per share, one of the highest in Wall Street. 

In a note to clients, Oppenheimer analyst Colin Rusch stated that he believes Tesla has reached a “critical scale” that is sufficient to support sustainable positive free cash flow (FCF). The analyst also reiterated his “Outperform” rating on the company, together with his $612 price target, which implies an upside of over 20% from Friday’s closing price of $481 per share. 

This does not mean to say that Tesla is poised to lose its trademark volatility. Explaining further, Rusch stated that while TSLA stock may remain volatile, he believes that the company has “key advantages” over its competitors in terms of powertrain design and battery innovations, ADAS fleet size, a roadmap to energy independence, and consumer enthusiasm. 

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“We believe Tesla’s powertrain technology, power/data architecture, and operating system are tracking ~three years ahead of competition based on available vehicles and checks on new platforms. Given the resolution of manufacturing bottlenecks and demonstration of strong consumer demand, we believe TSLA is becoming a must-own stock and could benefit from inclusion in additional indexes.” 

“[W]e believe the company’s risk tolerance, ability to implement learnings from past errors, and larger ambition than peers are beginning to pose an existential threat to transportation companies that are unable or unwilling to innovate at a faster pace,” Rusch wrote in his note. 

With his “Outperform” rating and $612 per share price target, Oppenheimer now stands as the second-biggest bull for Tesla. Above the firm is Elazar Advisors analyst Chaim Seigel’s $734 per share price target. Of course, far above other firms’ estimates is ARK Invest’s $4,000 to $6,000 price target for TSLA shares, though a huge part of this valuation will depend on the rollout of the company’s Robotaxi network. 

Tesla shares have exhibited an impressive run over the past three months, rising about 93% over the past three months through Friday. The S&P 500, on the other hand, has gained 9.9% in the same period. 

Tesla is heading into 2020 with a lot of momentum. Apart from optimistic price targets from multiple Wall Street analysts, the company is also poised to record stronger sales in China, where it has started delivering locally-produced Model 3 to customers. Tesla is also making some headway in its efforts to establish a fourth Gigafactory in Europe, which will be built in the state of Brandenburg near Berlin. 

As of writing, Tesla stock is trading +5.35% at $504.65 per share.

Disclosure: I have no ownership in shares of TSLA and have no plans to initiate any positions within 72 hours.

Tesla (TSLA) stock breaks $500 amidst optimistic price target from Oppenheimer

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Tesla Model Y CARB certification published, hinting at stellar range and imminent delivery


Tesla Model Y’s certification from the California Air Resources Board (CARB) is out and this is a huge development for consumers longing to get behind the wheel of the all-electric crossover.

Automotive journalist Bozi Tatarevic first spotted the Tesla Model Y Performance All-Wheel Drive CARB certification online, which fueled speculation by user Alter Viggo that first deliveries of the Model Y might start soon. Alter Viggo recalled that the electric carmaker signed the Long Range Rear-Wheel Drive Model 3’s certificate about 25 days before making the first deliveries in July 2017.

Based on the document posted on the website, the Model Y’s Urban Dynamometer Driving Schedule (UDDS) is 441.91 miles. The UDDS is the mandated dynamometer test of the Environmental Protection Agency (EPA) for light-duty vehicles and represents how far an electric vehicle can go on a single charge.

One should take note that the UDDS is only for the purpose of certification and does not reflect the real-world range. According to Tatarevic, “It roughly translates to real-world city range with a multiplier of 0.7 so this would mean an estimate of around 309 miles of city range for the Model Y.” The electric car manufacturer lists the Model Y Performance range on its website as 280 miles based on EPA estimates. If the Model Y hits a range of around 309 miles, this puts it close to the range of its Model 3 sibling that hits 310 miles on a single charge. However, while the two vehicles share about 75 percent of their DNA, the electric crossover would be heavier than the two and that would logically affect range unless Tesla was able to find a way to boost the range of the Model Y.

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Tesla originally planned to make the first Model Y deliveries by the Fall of 2020 but later on moved the schedule up to Summer this year. Of course, there are speculations in the electric vehicle community that it might do it sooner. There have been more and more sightings of the electric crossover around the United States lately and the Model Y prototypes recently spotted were looking more refined and production-ready. These sightings of seemingly-production ready units on the road might be another strong indication that Tesla is ready to handover the Model Y to consumers soon. If Tesla delivers the Model Y soon, it will be a big boost for the brand as it beats production schedule expectations and hits the market that’s hungry for SUVs.

The Model Y will be produced at Tesla’s Fremont facility but CEO Elon Musk has also formally launched the Model Y program in China during the recent Gigafactory 3 event in Shanghai. Likewise, the vehicle will also be produced during the initial phase of production once Gigafactory 4 in Germany is up and running.

Musk has also expressed confidence in the upcoming all-electric crossover saying that the Model Y demand might be even higher than the combined demands for existing Tesla vehicles. The Model Y is expected to go on a head-on collision with other luxury crossovers such as the Audi Q5, BMW X3, and the Jaguar I-PACE. It will most likely take a bite of the market share of more affordable rides such as Toyota’s RAV4 and the Honda CR-V.

The Model Y Performance will have a purchase price of $61,000 while the Rear-Wheel Drive Long Range and Dual Motor All-Wheel Drive Long Range will cost $8000 and $52,000, respectively.

Tesla Model Y Performance CARB Certification (Source: California Air Resources Board)

Tesla Model Y CARB certification published, hinting at stellar range and imminent delivery

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Tesla owner’s frozen Model 3 experience shows how easy it is to use EVs in icy conditions


Does preheating your Tesla help when you have freezing rain? Another Tesla owner asked himself that question upon waking up to a completely frozen Model 3 in Ontario, Canada and documented why Tesla owners should preheat or defrost the car during snowy conditions.

Trevor Page, who runs the Tesla Owners Online YouTube channel, shared a video about his experience over the weekend when it rained all day in Toronto and temperatures dropped below zero overnight. He woke up to a Tesla Model 3 frozen charge port, frozen windows, frozen door handles, or practically — a completely frozen Model 3.

Page took the opportunity to put the preheat feature of Tesla in the spotlight. He set up a timelapse camera to see how it will defrost the vehicle. He checked on the car after half an hour but found out that the car’s charge port was still frozen, the windows started to defrost, and the windshield defrosted nicely. After an hour, the Model 3 owner found the car’s roof defrosted and he was also able to open the doors of the car. He was also able to pull out the charger and close the charge port.

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“I know some of you are going straight to the comments and say stuff like ‘oh this is a Tesla problem’ and we’d never buy one… matter of fact, Tesla’s are fantastic in the winter but freezing rain is freezing rain. These kinds of problems can happen to any car,” Page said. “Do your pre-heat at least half an hour, maybe up to an hour and just use your phone app to heat it up. I will say that getting into a car that’s nice and warm and the windows defrosted is fantastic and the fact is you can do it in your garage without killing your family in the process.”

Tesla engineered its electric cars so they can be easily operated and remain efficient during the cold months. One can preheat a Tesla by switching on the preconditioning or defrost feature via the Tesla App to melt ice and snow on important surfaces. The system prioritizes specific parts of the car that are crucial to driving in icy conditions.

A previous report where a Tesla owner used a thermal camera showed which parts of the car are heated up. It revealed that the Autopilot camera, as well as the side and rear cameras, were heated to ensure the Tesla car and driver see the environment clearly regardless of the weather. The headlamps, wheels, steering wheel, and wipers were also brought to an optimal temperature.

Tesla also has some snow and ice tips such as repositioning wipers to service position to prevent icing and deactivating mirror auto-fold. The carmaker also reminds owners to make sure that important surfaces are not frozen or covered before heading out for a drive. During cold weather, Tesla recommends to leave the car plugged in so the battery will retain some heat. There’s also the option to use Scheduled Departure to warm the vehicle up.

Check out the video from Tesla Owners Online below and see how Tesla’s preheating or defrosting feature works:

Tesla owner’s frozen Model 3 experience shows how easy it is to use EVs in icy conditions

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